Marc
Member
You will have no issues. You should get between 200 and 250 depending on how you drive and what accessory features you are running.
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270 miles is asking to get stranded on the side of the road. OP with a 10mph headwind you should expect about 1.7 - 1.8 mi/kwh at 70 mph. That's 200 miles if you get 1.7 and want to arrive at the charger with 10% SOC left (131 x 90% x 1.7).Depends on how fast you drive what range you can get. At 70 without a headwind, expect around 270 miles fully charged.
You're going to have to charge at least once.
I hope you have the Tesla adapter. It gives you a lot more options.
Fast charging doesn't seem to hurt the battery much. But if it did, it would take a lot of fast charging before you noticed anything.
can you explain this more?Drive 65, with the headwind that is 75mph.
With the head wind, the aerodynamic drag is equivalent to driving 75 MPH.can you explain this more?
From the op:can you explain this more?
I have started checking wind speeds on long trips. I use AA and all you have to do is ask google for "whatevercity wind speeds". It usually tells the info, except for Barrie, it said 120kmh. I laughed as it was giving me the info for hurricane Barry, I had to specify the province(Ontario) that time.with a possible 10 mph head wind.
Right. Simple physics / math. 10 mile wind pushing against you. If you drive 65, the energy required is approximately the same as driving 75mph.With the head wind, the aerodynamic drag is equivalent to driving 75 MPH.
But it's worse than actually driving 75 MPH with no head wind for efficiency, because you're only covering 65 miles in an hour while still using significantly more energy.
Does using the one pedal use more energy?Optimistic or not, it's my real world results. I routinely drive from Toronto to London, Sarnia, Niagara, Peterborough, Kingston, Ottawa and that is the average that I get. I do have 1PD off during my time on the highway so I do coast when needed. Also have the heat going for most of my trips too. We'll see how things change as the weather warms up, hopefully the numbers look better.
No. Assuming you dont use your brakes, 1 PD is the most energy efficient. Bonus efficiency if you can feather the throttle and learn to coast in 1PD.Does using the one pedal use more energy?
Not really, I turn it off for highway driving so I'm not constantly showing my brake lights when letting off the throttle.Does using the one pedal use more energy?
Showing brake light doesn't necessarily indicate that your friction brakes are engaged. Brake lights also come on when only regenerative braking is engaged, which allows any following traffic to be made aware that you are decelerating.Not really, I turn it off for highway driving so I'm not constantly showing my brake lights when letting off the throttle.
That's why I choose to coast on the highway. Car behind me might misunderstand thinking that I'm brake checking them instead of letting go of my throttle enough to trigger the brake lights. Crazy people on the road these days and I'd rather not get shot.Showing brake light doesn't necessarily indicate that your friction brakes are engaged. Brake lights also come on when only regenerative braking is engaged, which allows any following traffic to be made aware that you are decelerating.
The only way to "coast" and assure that you don't have brake lights come on is by shifting to N, which is never recommended as a drive mode.That's why I choose to coast on the highway. Car behind me might misunderstand thinking that I'm brake checking them instead of letting go of my throttle enough to trigger the brake lights. Crazy people on the road these days and I'd rather not get shot.